Squat
Squat
Usually the largest technical base for meet-day total.
Powerlifting Total
Powerlifting Total
Add your best squat, bench press, and deadlift, compare Wilks, DOTS, IPF GL, and allometric scores, then stress-test your meet attempt plan before you step on the platform.
Percentiles on this page are modeled from static class curves so the tool stays fast and fully front-end. Use them as ranking context, not as a live OpenPowerlifting feed.
Current Total
630.0kg
Class
83
Division
Open
Bodyweight Ratio
7.59x
Meet Percentile
98%
Bench Press
Bench Press
Often the smallest share of total, but the easiest place to lose meet points if underprepared.
Deadlift
Deadlift
Commonly the highest individual lift and the final lever for total jumps.
Total Breakdown
View the raw total first, then check how much each lift is actually contributing to the final meet score.
Total
630.0 kg
Best squat + bench + deadlift.
Weight Class
83
Matched against IPF male classes.
Modeled Meet Rank
98%
Top 3%
Gym Percentile
99%
Top 2%
Lift Share Pie
A healthy total usually lands close to squat 38%, bench 27%, and deadlift 35%. Big deviations usually signal where the next block should focus.
Squat
34.9%220.0 kg
Bench Press
23.8%150.0 kg
Deadlift
41.3%260.0 kg
Relative Scoring
These four models answer different questions. Wilks gives you older historical context, DOTS is usually the cleaner modern raw comparison, IPF GL tracks meet-style ranking logic, and allometric scaling gives a pure mathematical bodyweight view.
Wilks
420.5
Raw
Classic historical score for cross-class comparison.
Gym Lifters99%
Top 2%
Meet Field96%
Top 4%
DOTS
425.3
Raw
Modern raw-leaning score widely used for leaderboard context.
Gym Lifters99%
Top 2%
Meet Field99%
Top 2%
IPF GL
87.2
Raw
Goodlift points used in IPF-style meet environments.
Gym Lifters99%
Top 2%
Meet Field98%
Top 3%
Allometric
326.3
Raw
Pure bodyweight-scaling view of total strength.
Gym Lifters99%
Top 2%
Meet Field99%
Top 2%
Structure Analysis
Ratios matter because the weakest lift often decides how fast the total can move next.
Bench press is the main bottleneck in your current total structure.
Add more pressing frequency, keep triceps work specific, and tighten pause-bench execution so bench catches up to squat and deadlift.
Deadlift / Squatbalanced
1.18
Target: 1.00 – 1.20
Bench / Squatbalanced
0.68
Target: 0.60 – 0.75
Share vs Target
This view compares your current contribution split against a practical meet-day reference model.
Squat34.9% vs 38.0%
Squat is contributing less than the common meet pattern.
Bench Press23.8% vs 27.0%
Bench Press is contributing less than the common meet pattern.
Deadlift41.3% vs 35.0%
Deadlift is taking more of the total than usual.
Attempt Strategy Planner
Move the sliders to pressure-test your openers, seconds, and thirds. All weights round to the nearest 2.5 kg so the plan stays platform-realistic.
Squat
Squat Attempts
opener91%
90%200.0 kg92%
second98%
97%215.0 kg100%
third103%
102%227.5 kg105%
Bench Press
Bench Press Attempts
opener91%
90%137.5 kg92%
second98%
97%147.5 kg100%
third103%
102%155.0 kg105%
Deadlift
Deadlift Attempts
opener91%
90%237.5 kg92%
second99%
97%257.5 kg100%
third104%
102%270.0 kg105%
Projected Third Attempts
652.5kg
This is the total you are chasing if all three third attempts land. Use it to decide whether the upside is worth the miss risk.
Projected Wilks
435.5
Projected DOTS
440.5
Projected IPF GL
90.3
Projected Allometric
337.9
| Lift | Opener | Second | Third |
|---|---|---|---|
| Squat | 200.0 kg 91% of best lift | 215.0 kg 98% of best lift | 227.5 kg 103% of best lift |
| Bench Press | 137.5 kg 91% of best lift | 147.5 kg 98% of best lift | 155.0 kg 103% of best lift |
| Deadlift | 237.5 kg 91% of best lift | 257.5 kg 99% of best lift | 270.0 kg 104% of best lift |
What Is a Powerlifting Total?
A powerlifting total is the sum of your best squat, bench press, and deadlift. In a meet, that usually means the heaviest successful attempt for each lift. Outside a meet, it can mean the best recent gym numbers you are willing to treat as honest platform-level strength. The reason the total matters is simple: powerlifting is decided on the combined result, not on one impressive individual lift. A huge deadlift cannot fully rescue a weak squat and bench, and a beautiful bench press alone does not build a competitive total.
That does not mean the raw kilogram number tells the full story. A 500 kg total means very different things for a 59 kg lifter and a 120 kg lifter. It also means different things in raw lifting versus equipped lifting. That is why a serious powerlifting total page cannot stop at simple addition. It has to translate the total into bodyweight-adjusted scoring, weight-class context, lift-balance analysis, and attempt planning. The goal is not just to know the total. The goal is to know what that total means and what should happen next.
This page is built around that broader view. Start by entering the big three, then let the score cards show how the total changes across Wilks, DOTS, IPF GL, and allometric scaling. Check the matched class for your federation. Review the pie chart and ratio analysis to see whether one lift is carrying the whole profile. Then move into the attempt section and see whether the next total target is aggressive, realistic, or reckless. That full workflow is what turns a total calculator into a meet-planning tool.
How DOTS, Wilks, and IPF GL Scores Work
Relative score formulas exist because raw total alone is unfair across wide bodyweight ranges. A lighter lifter can be extraordinarily strong relative to class while still totaling less absolute weight than a much heavier competitor. Wilks was the classic answer to that problem and still matters when you compare historical results, older ranking lists, or long-term progress against archived data. DOTS is the newer model that many lifters prefer for modern raw comparison because it tracks contemporary raw performance more cleanly. IPF GL Points are the meet-style scoring language tied to IPF and Goodlift environments.
The important point is consistency, not score shopping. If your federation or favorite ranking source uses DOTS, then DOTS should probably be your reference. If you are comparing yourself to older meet results, Wilks may be more useful. If you care about IPF-style competitive context, GL points matter. On this page all four views are shown together so you can see whether the underlying performance is robust across scoring systems or whether one formula flatters you more than the others.
Because this is a static front-end page, the percentile layer is modeled rather than pulled from a live competition database. That is an intentional design choice. It keeps the page fast, reproducible, and transparent about what is being estimated. The modeled meet percentile is best treated as ranking context rather than a promise that your result was checked against a fresh OpenPowerlifting export this morning. For planning purposes, modeled percentile is still highly useful. It tells you whether your score sits in the bottom half, around the middle, or near the strong end of a plausible field.
Weight Classes, Federations, and Equipment
Meet context matters almost as much as the number itself. IPF and USAPL use the same familiar men's and women's class ladders, while WRPF uses a different set of breakpoints. That matters because the label attached to your bodyweight affects how you compare yourself, how you interpret historical class results, and how you plan meet-day strategy. A lifter sitting near the top of one class has a different decision to make than a lifter who is light for the class or close to filling the next one.
Equipment class changes the comparison just as much. Raw lifting, single-ply lifting, and multi-ply lifting do not share the same total expectations. Equipped totals are often much larger, which means the score context and percentile assumptions should move with them. This page handles that by using classic assumptions for raw lifting and equipped assumptions for single-ply and multi-ply ranking context. The point is not to claim perfect federation-specific precision. The point is to stop comparing unlike performances as if they belong on the same scale.
Age division is shown for the same reason. It does not change the total formula, but it helps you place the result inside a meet-style identity instead of treating every lifter as an anonymous open competitor. Junior, open, and masters athletes often train and compete under different constraints. The same score can represent a very different coaching decision depending on the division behind it.
How to Read the Structure of Your Total
Many lifters only ask whether the total is good. A better question is whether the total is balanced. Competitive totals usually land with squat contributing roughly 38 percent, bench around 27 percent, and deadlift around 35 percent. The exact split varies by build, equipment, and federation, but large deviations usually reveal which lift is holding the profile back. If deadlift is unusually dominant, squat may be the ceiling on the total. If bench is unusually small, upper-body strength or meet execution may be leaking easy kilos.
Ratios sharpen that diagnosis. Deadlift-to-squat is often strongest when it sits around 1.0 to 1.2. Bench-to-squat often sits around 0.6 to 0.75. Numbers outside those bands are not automatically bad, but they often point to a predictable training problem. A deadlift below squat suggests the pull is underdeveloped or the squat number is unusually optimized. A bench well below the common range often means your total is bench-limited even if squat and deadlift are solid.
That is why the analysis section on this page does more than color-code values. It tries to identify the likely limiting lift and turn that into a practical recommendation. The point is not to label one lift as embarrassing. The point is to tell you where the next block should probably buy its kilograms. A balanced total grows faster than a heroic one-lift profile.
How to Pick Openers, Seconds, and Thirds
Meet strategy is where many lifters give away kilograms they already had. The best opener is not the biggest lift you can survive. It is the lift you can hit even on a slightly bad day with meet nerves, commands, and a long schedule. That is why most coaches place openers around 90 to 92 percent of current best strength. The opener is supposed to settle the meet, build confidence, and protect the total from a disastrous start.
Second attempts are where the meet starts to become real. A common range is 97 to 100 percent, depending on how conservative the opener was and how the lift moved. The second attempt should either secure a meaningful result or position you for a final swing. Third attempts are where judgment matters most. Going straight to 105 percent because the crowd is loud is rarely smart. The best third attempt is the one that improves your placing, builds your total, or hits a realistic PR when the second confirmed the strength is there.
That is why the attempt planner on this page uses percentage sliders instead of forcing a fixed recommendation. Meet-day strategy is contextual. A safe local meet, a nationals qualification target, and an all-out PR day should not all use the same third-attempt mindset. The planner lets you move the percentages, then instantly see how the projected total and scores change. If the upside is tiny relative to the miss risk, the numbers will usually make that obvious.
Frequently Asked Questions
These answers match the FAQ schema on the page so search engines and users read the same wording.
What is a powerlifting total?+
A powerlifting total is the sum of your best squat, bench press, and deadlift in the same meet or test session. It is the core result used to rank lifters within a weight class before bodyweight-adjusted scoring systems are applied.
How do DOTS and Wilks differ?+
Both DOTS and Wilks normalize your total for bodyweight so lifters in different classes can be compared. Wilks is the classic historical formula seen in older result databases. DOTS is the newer model preferred for many modern raw comparisons.
What are IPF GL Points?+
IPF GL Points are the bodyweight-adjusted scoring system used by the IPF and Goodlift. They are designed for meet ranking and are calculated differently for classic raw and equipped lifting.
What is a good powerlifting total?+
A good total depends on sex, bodyweight, equipment, and federation context. Within your own class, a strong total is one that moves your DOTS, Wilks, and IPF GL scores well above the middle of the field rather than relying on the raw kilogram number alone.
How should I pick opener, second, and third attempts?+
A common strategy is to open around 90–92% of your best lift, take your second attempt around 97–100%, and choose a third attempt around 102–105% only if the second moved well. The best opener is one you can hit even on a bad day.
Does raw vs equipped change the score?+
Yes. Equipment changes both the totals that are realistic and the scoring context. On this page, raw uses classic scoring assumptions while single-ply and multi-ply use equipped assumptions for class and percentile modeling.
Competition Guides
Wilks Score vs DOTS Score: Which Is Better?
Understand when the older Wilks model is still useful and why DOTS became the modern default for many raw comparisons.
How Much Should I Be Able to Squat?
Use bodyweight-based squat benchmarks to see whether your first lift is helping or holding back your total.
How Much Should I Be Able to Deadlift?
Benchmark the deadlift separately so you know whether the pull is appropriately ahead of your squat.
Related Calculators
More Tools for Meet Prep
Build each lift separately, compare it against standards, then bring the whole profile back into total planning.
Lower Body
Squat Calculator
Estimate your squat max, build progression plans, and then sync that lift into meet-total planning.
Upper Body
Bench Press Calculator
Model your bench 1RM, standards, and working zones before judging how it fits inside the total.
Hip Hinge
Deadlift Calculator
Estimate your deadlift max, compare modeled percentile, and see whether the pull is carrying or lagging the total.
Programming
Training Max Calculator
Turn each meet lift into a realistic training max and map the next 5/3/1 or percentage-based cycle.